SMELTING OF MULTICOMPONENT ALLOYS FOR SPECIAL COATINGS
Keywords:
Induction melting, lining, degassing, refining, composite materials, complex-alloyed refractory alloys, high-entropy alloysAbstract
The paper considers the advantages of induction melting in a vacuum environment, ensuring the production of high-alloy alloys based on refractory components, free from harmful impurities with specified properties. The processes occurring in alloys during melting, holding and pouring are considered The resulting alloys are primarily planned to be used as protective coatings for composite materials. These alloys include refractory wear-resistant alloys, such as the Cu-Ti system and highentropy alloys, which are compositions containing from 5 to 13 elements with approximately equal concentrations. The structure of the resulting material and the distribution of elements over the ingot cross-section are presented.
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Published
2024-12-20
How to Cite
Kalinichenko, V. A., Andrushevich, A. A., Dolgiy, L. P., & Martseva, S. V. (2024). SMELTING OF MULTICOMPONENT ALLOYS FOR SPECIAL COATINGS. Promising Trends of Innovative Development and Personnel Training, 2(Часть 1), 31–37. Retrieved from https://journal.bstu.by/index.php/ptid/article/view/1221
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Section
Modern materials and technologies in mechanical engineering